SINGAPORE
24 June 2018
 
 
 
 
 

 

 


 






 

 

 

 

 

 

 

 

 

 

 



 

 

 



The specifications listed below represent the standard capabilities of Additive Circuits.
Other constructions, configurations and technologies may be available.

For further details on requirements, please contact us or view our 'Manufacturing Capabilities' PDF File.


Acceptable Media Formats
Gerber
Gerber 274X
ODB ++

Construction
Balanced
Controlled Impedance
Minimum Thickness : 0.008"
Maximum Thickness : 0.236''
Layer count up to 30

Laminates & Materials
Per IPC 4101
Per IPC-CF-150
Standard FR4
FR4 170°C Tg
Polyimide
BT Epoxy
Nelco 4000 Series
Roger 4000 Series
 
Minimum Cladding : ½ oz
Maximum Cladding : 4 oz
Minimum Core : 0.003''

Types of Finishes
Hot Air Solder Level
Electroless Ni/Immersion Gold
Full Body Nickel/Gold
Selective Hard Gold
Organic Solderability Preservative
Carbon Ink

Fabrication
Single-Up & Panel Form
Beveling
Countersink & Counter Bore
Edge Milling
Vcut/Scoring
Hole Plugging
Conductive / Non Conductive Paste

Packing & Shipping
24 Hour Delivery
Vacuum Seal Package (Overseas)

Industry Standards
ISO 9001:2008
ISO 14001:2004
OHSAS 18001:2007
IPC 6012 Class 2 minimum
UL 94V-0
ROHS
NSRS - Level 3 to perform PCB fabrication


Panel Sizes
Minimum Circuit Board Size: 1" x 1"
Maximum Board Sizes:
Standard : 24" x 28"
Engineering : 23" x 31"

Trace & Space
Standard : 0.0035"
Engineering : 0.003"

Drilling
Minimum Drilled Hole Size:
Standard : 0.20 mm
Engineering : 0.15 mm
Tolerance for PTH:
Standard : ± 3mils
Engineering : ± 2mils
Aspect Ratio Value for Drill vs Thickness:
Standard : 15 : 1
Engineering : 25 : 1
DMSE Process  

Solder Mask & Legend Ink
Per IPC-SM-840
Liquid Photoimageable
Epoxy Via Plugging
S/M Colours Available : Green, Red, Blue, Yellow, Black
Legend Ink Available : White, Black, Yellow

Laboratory
Thermal Stress X-Sectioning
Spectrophotometer Analysis
Hull Cell

Product Types
Surface Mount
BGA & Micro BGA
Burn-In Boards













 
Copyright 2008 Additive Circuits Pte Ltd. All Rights Reserved
 
Designed and Developed by LWR